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Of consciousness, and nausea with retching every 10 min. During these cycles, mean ABP increased to 200 250 mm Hg and then gradually subsided to a mean of 90 mm Fig. 1 ; . A left radial arterial line and a right internal jugular catheter were inserted. Central venous pressure CVP ; did not change significantly during these episodes. Initial therapy was instituted with an infusion of sodium nitroprusside in increasing doses to a maximum of 8 g min 1 and with intermittent doses of phentolamine 5 mg. By the next morning, despite the nitroprusside infusion and the administration of 80 mg of phentolamine, there was no improvement in the patient's condition. Laboratory results revealed a hemoglobin concentration of 12.5 g dL and a urea concentration of 11.4 mmol L normal range [NR], 4 7 mmol L other laboratory results were unremarkable. The initial electrocardiograph ECG ; recording on admission was normal, but over the first 8 h, 2-mm horizontal ST segment depression and T-wave inversion developed in the lateral chest leads. In view of the failure of sodium nitroprusside and phentolamine to control the crisis, magnesium therapy was instituted with an initial bolus of MgSO4 4 g IV followed by an infusion starting at 1 g This produced a respite from the crisis for approximately 20 min, but the symptoms then returned, although the peak ABP reached in each paroxysm was lower and the mental and gastrointestinal manifestations abated. Still, the frequency of the paroxysms remained unchanged. Phenoxybenzamine, at a dose of 10 mg orally twice daily, was commenced, and the infusion of MgSO4 gradually increased to 3 g This combination produced further improvement in ABP control, but the 10-min cyclical swings in ABP continued. The increased dose of MgSO4 resulted in a plasma magnesium concentration of 3.9 mmol L, at which the patient complained of feeling weak, so no further increase in the dosage of MgSO4 was considered. Multiple crystalloid fluid challenges of 200 mL each, together with a background infusion of 125 mL h, were administered to maintain the CVP constant during the pharmacological attempts at ABP control. Blood samples were obtained for the determination of plasma catecholamine concentrations on the morning after admission.
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Time urinary frequency among phenoxybenzamine-treated patients. The primary limitation of phenoxybenzamine was the incidence and severity of adverse reactions. Eleven patients experienced tiredness, dizziness, impaired ejaculation, nasal accommodation. the placebo stuffiness, or difficulty with visual A single adverse reaction was observed in group. Caine's study unequivocally demonphenoxybenzamine were the failure to.
DISCUSSION Relatively speaking, all the drugs were pushed to a reasonably safe maximum level. Under these conditions the best responses were obtained with tolazoline and azapetine, which compared favorably in this series of studies. Both drugs increased the temperatures in the fingers and toes approximately equally in all subjects and both caused a minimum of discomfort accompanying and following the administration. The tolazolinephentolamine Priscoline-Regitine ; combination, which has a smaller dosage of tolazoline than the tolazoline alone, was less effective in overcoming vasospasm and caused considerably more severe nasal stuffiness than either azapetine or tolazoline alone. In the dosage used, phenoxybenzamine was not effective in overcoming vasospasm in the lower extremities and only slightly effective in the fingers. The dosage was not increased because of the unpleasant side effects, particularly the delayed symptoms that suggested postural hypotension.
UW Health Transformations is located at 2349 Deming Way in Middleton, just off the West Beltline Hwy. Physicians interested in referring patients for treatment should contact the center directly at 608 ; 836-9990 or 866 ; 447-9990. More information, including a video-taped discussion with UW Health physicians is available on the Web at uwhealth transformations.
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Preferable to phentolamine, but is also a competitive antagonist. In the third case, the recurrence of severe hypertension on withdrawal of the magnesium infusion demonstrated that doxazosin in a relatively large dose of 6 mg d in this child was inadequate to control the hemodynamic disturbances on its own. Since the first description of the use of magnesium infusions in the management of pheochromocytoma anesthesia 24 ; , there have been numerous reports of its successful use in this condition 2534 ; , and this has been recently reviewed 35 ; . The ability of MgSO4 to control hemodynamic disturbances in the presence of extremely large catecholamine concentrations is demonstrated by the excellent cardiovascular control obtained during surgery in these cases, despite norepinephrine concentrations that were larger than those seen during the initial crisis in the first case. Some of this control is undoubtedly attributable to the assistance of the blockade produced by phenoxybenzamine, but the absence of complete blockade is demonstrated by the fact that the first patient had a significant hypertensive response to the induction of anesthesia that was not seen again once MgSO4 infusions had been instituted, despite much larger plasma catecholamine concentrations during tumor handling. In the third patient, recurrence of hypertension occurred when the magnesium infusion was withdrawn during the preoperative phase, and this patient also showed excellent intraoperative hemodynamic control with MgSO4 as the sole intraoperative hemodynamic drug in the absence of phenoxybenzamine. The cardiomyopathy evident in the second case is a well described feature associated with pheochromocytoma and has been extensively reviewed 21 ; . It important diagnosis to make, because the condition is generally reversible 36, 37 ; , as indicated in the excellent outcome in our case. Unfortunately, cardiac transplantation has been performed for cardiomyopathy where the diagnosis of pheochromocytoma was missed until after the transplantation 38 ; . Of interest is the fact that our second and third cases both showed left atrial enlargement in the presence of normal mitral valve function, strongly suggesting left ventricular diastolic dysfunction with subsequent left atrial hypertrophy. Beta blockade is seldom necessary in the management of pheochromocytoma in the absence of arrhythmias 39, 40 ; . In the management of a crisis, there is the additional risk of decreased left ventricular performance, and, in the absence of adequate 1-blockade, it may worsen the hypertension and precipitate pulmonary edema 41 ; . Labetalol, which has -blocking properties, has also precipitated hypertensive crises 42 ; . Because none of our patients had problems with arrhythmias and because heart rate was adequately controlled without resorting to blockade, we elected not to use these drugs in our patients. The only patient and didanosine.
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Table 11.3. Doses used for LSD comparison: August 66 to March 67 The lowest inhalation dose occurred when the apparatus used to administer LSD failed: it was intended to administer a dose of 50 g but only 12 g was inhaled by the subject. Inhaled doses of around 50 g had little effect. Typical LSD symptoms were observed after the inhaled dose of 120 g and the man who received this dose performed slightly less well in psychomotor tasks after receiving the dose than he had before receiving the dose. These effects were judged to be the same as those experienced after an oral dose of 50 g [28]. Porton had begun work on a technique to measure LSD levels in blood. This was tried after the inhalation dose of 120-135 g. Blood samples taken from the man receiving this dose suggested 40-60 g had been absorbed in the body [28]. Tests with men inhaling LSD were halted while the technique to measure LSD levels in the blood was refined. Over the summer of 1967, 18 men received oral doses, partly to validate the technique and partly to assess the level of incapacitation by measuring performance in psychomotor tests. One man received a dose of 50 g, one a dose of 100 g, six took 150 g and ten took 200 g. A 200 g dose appeared to incapacitate half of the men. At this dose peak effects came on about 90 minutes after the dose had been taken and persisted for 2 hours. Residual effects in some men lasted for 11 hours. Further work was conducted with an oral dose of 200 g. Twelve men received this dose between September 1967 and May 1968 [37]. The results suggested that the dose to incapacitate 50% of men was greater than 200 g, this being the dose estimated by the US to "destroy military efficiency". The ABC had approved in October 1967 human tests with an oral dose of 250 g [38] but this dose was not used as volunteers at Porton were required for tests of greater importance5. Indeed, no more LSD laboratory trials were conducted. The technique to measure LSD levels in blood was validated [39]. The last element of laboratory trials involved work on antidotes to LSD. The accepted treatment for LSD intoxication is sedation but this was hardly satisfactory for soldiers on the battlefield. A drug called phenoxybenzamine alleviated LSD symptoms and, it was claimed, did so without rendering the subject incapable of military tasks as a sedative would [26]. Ten pairs of volunteers took part in a study in 1966 to explore if phenoxybenzamine impaired performance [40]. One of each pair received phenoxybenzamine and the other a placebo. Each pair performed the same psychomotor tasks. No difference in performance was detected. The men receiving phenoxybenzamine were not incapacitated and did not suffer any fall in blood pressure. Plans to test the antidotal power of phenoxybenzamine against LSD were drawn up and approved in July 1966 [40]. Again the experiment would be conducted in pairs: each of the pair would receive an oral dose of 50 g LSD, then one would take 20 mg of phenoxybenzamine, the other a placebo. The indications from the experimental records are that this work was not carried out. According to the progress reports on LSD presented to the ABC [28] only two men received an oral dose of 50 g after the test was approved in July 1966. No mention of phenoxybenzamine is made in the experimental records or the COSHE minutes after this date and digoxin.
In accord with our previous clinically gathered data 17, 18, 27 ; , as well as experimental studies by others 19 ; , that doxazosin and terazosin inhibit benign and malignant prostate growth via induction of apoptosis over the normal therapeutic dose range ; without affecting the rate of cell proliferation. However, this is in contrast with a recent report demonstrating that doxazosin inhibits G1-S transition in human coronary smooth muscle cells 28 ; , lending support to the possibility that cell type specificity exists with regards to the cellular process targeting of the 1-adrenoceptor antagonist antigrowth function. Of major mechanistic significance was the observation that this apoptotic effect against prostate cancer cells was independent of the ability of the two 1-adrenoceptor antagonists to antagonize the 1a-adrenoceptor binding in prostate cancer cells. Our results are consistent with previous studies in other cellular systems, demonstrating that doxazosin inhibits growth and migration of the human vascular smooth muscle cells 29 ; and human coronary smooth muscle cells 28 ; , independent of an antagonistic effect on 1-adrenoceptor. Moreover, this action is in accord with our previous observations that documented that preincubation with phenoxybenzamine, an irreversible inhibitor of 1-adrenoceptor binding that inactivates 1-adrenoceptors in vascular smooth muscle cells ; , did not affect the cellular response to doxazosininduced apoptosis in prostate cancer cells 20 ; . Whereas these data provide an intriguing mechanistic insight, the precise cellular pathway that signals this effect remains to be elucidated. One could speculate that the apoptotic activity of the quinazoline-derived 1-adrenoceptor antagonists could reflect either a direct effect on cellular dynamics or could arise secondarily to an action on cellular apoptotic factors, such as transforming growth factor- . The present findings suggest that the cellular sensitivity to quinazolineinduced apoptosis in the androgen-sensitive prostate cancer cells, LNCaP, was not modified by androgens at physiological levels ; . Interestingly enough, both doxazosin and terazosin treatment reduced PSA expression and secretion. This is consistent with recent clinical studies from our center that documented the ability of terazosin to reduce tissue PSA expression in patients with prostate cancer 27 ; . Because androgens had no effect on the apoptotic response of LNCaP cells, the data imply that doxazosin-mediated reduction in PSA expression represents a result of the cell killing, rather than being a molecular target for the quinazolineapoptotic action at the transcriptional level. The effect of quinazoline on VEGF expression is supported by our earlier observations that terazosin inhibits prostate tissue vascularity and VEGF protein levels in clinical specimens of prostate cancer 27.
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67 UPTAKE AND RELEASE OF NORADRENALINE 6 mainder taken up into nerve endings or metabolized is not known. As the frequency of stimulation falls there is an increase in the amount of transmitter liberated per stimulus but the amount overflowing into the blood stream diminishes and eventually disappears Brown et al. 1961 ; . The transmitter liberated at these low frequencies must therefore be dealt with by some combination of uptake into nerve endings and metabolism. If the removal were by metabolism then it would be expected that as the frequency of stimulation was lowered and less noradrenaline appeared in the venous blood its place would be taken by radioactive metabolites which would appear in large amounts. This was not found Fig. 8 ; . It seems likely that at a stimulation frequency of 10 sec the proportion of liberated transmitter re-incorporated into the nerve endings is somewhat greater than in the experiments where noradrenaline was infused at equivalent rates and that as the frequency is lowered the proportion re-incorporated increases. Evidence supporting such an increased re-incorporation at lower frequencies and emphasizing its importance in preventing a decline in transmitter output during continuous stimulation has been found Blakeley & Brown, 1963; Haefely, Hurlimann & Thoenen, 1965 ; . Normal animals differ from those treated with phfnoxybenzamine in two ways. First the specific activity of the noradrenaline in the spleen and that released by nerve stimulation are similar in animals treated with phenoxybenzamine, whereas in normal animals noradrenaline stored in the spleen has a much higher specific activity than that liberated from the nerves. Secondly, the rate of turnover of noradrenaline was several times greater after treatment with phenoxybenzamine. The value for normal animals of about 13 % per hour is similar to others given in the literature Green & Erickson, 1960; Spector, Melmon & Sjoerdsma, 1962; Udenfriend & Zaltzman-Nirenberg, 1963; Montanari, Costa, Beaven & Brodie, 1963 ; . These differences could be explained if there are at least two stores of noradrenaline in the spleen, only one of which is available to the nervous impulse. The rate of turnover of this available store would have to be greater than the other. As a result the specific activity of the transmitter liberated by nerve stimulation would fall below that of the noradrenaline in the spleen. On this theory these two stores become one in animals treated with phenoxybenzamin and this single store is available to the nerve impulse and has a fast rate of spontaneous loss. It is tempting but not necessary to locate the site of both stores at the nerve ending. The noradrenaline not available to the nerve impulse could be bound to tissue receptors. Alternatively, the intense vasoconstriction produced by noradrenaline may produce areas of the spleen which are effectively nonperfused. Against binding to tissue receptors is the observation to be reported in the following article that histologically, both by the fluore5-2.
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Conclusions: The RCMP was predictive of MAD failure and of success. The negative predictive capability of the RCMP test could be of clinical value in presenting treatment options. Such information may enhance acceptance of CPAP therapy. Patients with a successful RCMP test could benefit by the reduction of time to effective treatment and treatment cost. Target distance was a reliable thapeutic advancement. Target advancement could increase MAD compliance, decrease titration time and decrease the need for extensive adjustment capabilities of an appliance. Research supported by Alberta Heritage Foundation for Medical Research 014 CPAP Compliance: An Assessment and Education Intervention Study Zozula R, 1 Rosen RC, 2 Santiago T1 1 ; UMDNJ-Robert Wood Johnson Medical School, Piscataway, NJ, Dept. of Pulmonary and Critical Care Medicine, 2 ; UMDNJ-Robert Wood Johnson Medical School, Department of Psychiatry, 3 ; Comprehensive Sleep Disorders Center, Robert Wood Johnson University Hospital, New Brunswick, NJ Introduction: Nasal continuous positive airway pressure CPAP ; therapy is the non-surgical treatment of choice for obstructive sleep apnea OSA ; , although failure to comply with treatment has been reported as high as 25%-50% 1 ; . Few studies have examined cognitive behavioral factors associated with CPAP compliance 2 ; . This study was designed to: 1 ; assess possible barriers to compliance in patients recently diagnosed with OSA using a "stages of change" model 3 2 ; provide educational interventions for patients early in the treatment process; and 3 ; objectively assess the efficacy of patient-directed educational interventions. Methods: Twenty-nine patients 23M, 6F ; with polysomnographically diagnosed OSA were recruited for the study. All patients underwent CPAP Bilevel titration in the sleep laboratory and were prescribed the Sullivan V Elite, VPAP II or VPAP II ST ResMed Corp., Sydney, Australia ; . These devices provided compliance data on the "number of hours at effective pressure" and "missed nights". All patients received homecare visits at Weeks #1, 2 and 4 to ensure proper usage of the equipment. Patients were randomized to either a "usual care" N 12 ; or "educational intervention" group N 17 ; . Those assigned to the "educational intervention" group received written or videotape materials that were deemed appropriate to their present "stage of change" "Precontemplation", "Contemplation", "Preparation", "Action", or "Maintenance" ; . Subjective assessment of daytime functioning was obtained at baseline Week SLEEP, Vol. 24, Abstract Supplement 2001 and disopyramide and phenoxybenzamine, because side affects.
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